The rise of quantum computing has many in the tech industry at attention. Quantum computing is a new type of computing that uses quantum mechanics to perform calculations. Many anticipate that it will lead to increased security threats due to its potential to break traditional encryption algorithms. This could lead to security breaches on a massive scale. Read on to learn more about the basics of quantum computing and how to mitigate the cybersecurity risks associated with it.
From Bits to Qubits
While traditional computing methods use binary digits, or bits, to store and process data, quantum computers use qubits. What does this mean for tech security? Essentially, it means that quantum computers will be able to outperform traditional computing methods, especially when it comes to speed. Qubits can exist in multiple states simultaneously, meaning that they can perform specific tasks and calculations much faster than a traditional computer utilizing bits. As it pertains to cybersecurity, this means that a quantum computer could penetrate a security system faster than a standard computer could even detect that a security breach has occurred.
Breaking Traditional Encryptions
One of the most significant risks posed by quantum computing is that it could be used to break encryption. Encryption is used to protect sensitive information like credit card numbers, passwords, and other personal data. According to SecurityInfoWatch, quantum computers will render many traditional encryption methods unsafe and unsuitable for protecting personal data. Traditional encryption will leave users vulnerable to cyber attacks and allow their information to be much more easily accessed by cyber criminals who utilize quantum computing. The world’s data is currently encrypted by traditional asymmetric cryptography, and quantum computers will soon be able to access and read that data. This means that quantum computing could potentially put sensitive data at risk on a global scale.
Evolving Encryption Methods
With the rise in quantum computing and the increased risk that traditional encryption poses on data security, a need for new encryption methods has emerged. It will become increasingly important for companies to be adaptable as technology evolves and learns. Quantum computing isn’t widely available yet, but a time is coming when it will be, and several large companies are already rapidly developing quantum computing methods. Those with access to quantum computing can certainly use it for malicious purposes. This is why the need for quantum-resistant encryption methods is an alarming one. Encryption methods that are resistant to quantum computing are in development but are not widely available yet.
Although quantum computing certainly poses a threat to cybersecurity, it is a double-edged sword. Quantum computing also has the potential to enhance cybersecurity in that it can provide near-unbreakable quantum encryption methods for sensitive data. Not only can it provide better encryption, but it can also be utilized to improve artificial intelligence and machine learning technologies. According to TechTarget Data Center, quantum computers can enhance AI by allowing multiple calculations to be done simultaneously using qubits.
Quantum Computing: What Now?
With the rise in quantum computing technology development, the need for more research grows. Governments and businesses need to invest in research and development for quantum computing to ensure that they are being proactive. Research will enable companies to learn its capabilities and understand how to utilize it, and protect against malicious iterations of it. The double-edged sword of quantum computing is still very much in its infancy, and research is necessary to determine the ramifications that it will have on technology on a global scale.
Cybersecurity: More Important Than Ever
At a time when quantum technology is rapidly developing, it is crucial for businesses to have holistic and aggressive cybersecurity solutions. Quantum computing and its potential risks have elevated cybersecurity to exponential importance. Quantum computing will be even more detrimental to personal information if the right cybersecurity solutions are not implemented. Lack of proper protection will expose users and businesses to security breaches, resulting in a compromise of sensitive information. Risk assessment is crucial to determine where weaknesses are in cybersecurity and how quantum threats can be mitigated.
Feeling like your business’s data is vulnerable? You’re not the only one concerned about quantum technology and its ramifications. Don’t allow your information to be compromised. Let FUSE3 guide you through the process of establishing the proper cybersecurity methods to make your data the safest it can be and protect against a security breach.